Open Journal of Microphysics, 2021, 11, 9-26 https://www.scirp.org/journal/ojm ISSN Online: 2162-2469 ISSN Print: 2162-2450 Theory of 3F4D Universe (Beyond Standard Model of Particle Physics) Yogesh Vishwanath Chavan Independent Researcher How to cite this paper: Chavan, Y.V. Abstract (2021) Theory of 3F4D Universe (Beyond Standard Model of Particle Physics). Open In this theory, “mass is equivalent to length of imaginary straight line seg- Journal of Microphysics, 11, 9-26. ment” and “direction to imaginary line segment is intrinsic property of that https://doi.org/10.4236/ojm.2021.112002 particle which is Equivalent to its intrinsic spin”. With this concept, all fun- Received: May 6, 2021 damental particles, fermions and bosons are described as quanta imaginary Accepted: May 27, 2021 string particles with a definite direction. For e.g. unidirectional imaginary Published: May 30, 2021 straight line with fixed length are massive spin 1/2 fermions; while unidirec- tional imaginary quanta curved lines are massless spin 1 bosons. Thus, it Copyright © 2021 by author(s) and Scientific Research Publishing Inc. gives co-relation between massless (curved imaginary line) and spin = 1 This work is licensed under the Creative properties of boson as proved in QED theory. All fundamental particles of Commons Attribution International standard model and beyond standard model are arranged in one simple dia- License (CC BY 4.0). gram in 3 folds (bottom fold, middle upper and lower folds and top fold) and http://creativecommons.org/licenses/by/4.0/ are projected in 4th Imaginary Dimension in order of decreased in Mass from Open Access TeV to approx. 0 eV. This theory is beyond standard model because it pre- dicts new fundamental particles viz. dark matter (spin = 0 massive boson) along with gravitons (spin = 2, massless bosons); 4th pair of neutrinos, vertical massless boson (VMB) particles and tri-axis massive boson (spin = 0) par- ticle. The discovery of these new particles will act as solid proof to this theory. With this 3F4D representation of the universe at an atomic and sub-atomic level, it solves lots of current problems of SM of particle physics like mat- ter-antimatter asymmetry, origin of mass of hadrons like protons, origin of mass and L.H. nature for neutrinos, wave-particle duality of particles, etc. giving true insight of fundamental particles. With proving that, dark matter is not a quanta particle, rather it is a single entity and spreads/expands throughout the universe in the form of “web of spider”, it shows space-time is not empty, but it is filled with Continuous lines of Dark Matter and we, mate- rialistic massive objects are floating/sailing w.r.t. current of this vast ocean. Correlation of its continuity with time gives new a definition to time: “Time is neither Illusion nor 4th Dimension, but, it represents Continuous Flow of Single Entity, Dark Matter”. Space-time is not Empty and is filled with mas- DOI: 10.4236/ojm.2021.112002 May 30, 2021 9 Open Journal of Microphysics Y. V. Chavan sive dark matter, hence, we have to add more terms to newtonian gravitation- al equation to account for gravitational strength of mass of surrounding dark matter which represents curvature of space-time in terms of Increase in its mass-density w.r.t. to mass-density of flat universe. Finally, using an empiri- cal formula (h = k*c*Q; k = boltzmann’s constant = mass in TeV range) and inverse relation of mass-density of DM with age of the universe (H2 = Con- stant·G·Mass-Density of DM); Unification of Gravity at TeV is achieved without consideration of “Gravitational Constant, G”, hence, Planck’s Scale is not required. Keywords Unification, Particle Physics, Standard Model, Dark Matter, Gravitons 1. Introduction (The Standard Model of Particle Physics) [1] In the 17th century, scientists came to the conclusion that chemical elements such as hydrogen, oxygen, and copper were composed of atoms. A chemical element, hydrogen say, was thought to consist of a single type of atom. And chemical methods made it possible to determine the approximate size of such an atom: 10−8 cm that means one billion hydrogen atoms stacked on top of one another would reach a height of around 10 cm (See Figure 1). Today, we know that normal matter is made up of quarks (which are the building blocks of the atomic nucleus) and electrons. The standard model de- scribes the fundamental interactions in a simple form. The interactions are the chromo dynamic force (QCD), which acts between quarks and gluons, and the electroweak force, which acts between W±, Z0 bosons and quarks, charged lep- tons, such as electrons. Today’s standard model of elementary particles, which consists of the theory of the electroweak interaction plus QCD, seems to describe the whole of physics (See Table 1). In the standard model, leptons and quarks are points, singularities in space. Can such infinitely small points even have a mass? In order to introduce leptons and quarks masses, physicists invented a hypothetical field which is able to give mass to these particles. The field is called the Higgs field (spin = 0) after the Figure 1. Hydrogen atom. DOI: 10.4236/ojm.2021.112002 10 Open Journal of Microphysics Y. V. Chavan Table 1. The standard model of particle physics [2]. The Standard Model (Matter & Energy; E = m*c2) Forces & Boson Particles Fermion Particles (Spin = ± 1/2) 3 Generations of Quarks (Always confined inside Hadrons) Gluon (Spin = 1); Strong Nuclear Charge = 0 u c t Force (SNF); Massless Particle (Up Quark) Charge = +2/3 Q (Charm Quark) Charge = +2/3 Q (Top Quark) Charge = +2/3 Q Mass = 1 - 5 MeV Mass = 1 - 1.3 GeV Mass = 174.3 GeV b Photon (Spin = 1); d s Electromagnetic (Bottom Quark) Charge Charge = 0 (Down Quark) Charge = −1/3 Q (Strange Quark) Charge = −1/3 Q Force (EMF) =−1/3 Q Massless Particle Mass = 3-9 MeV Mass = 70 - 170 MeV Mass = 4-4.4 GeV W+, W−, Z 3 Generations of Leptons (3 Boson Particles) − − − Weak Nuclear e µ τ (Spin = 1) (Electron) (Muon) (Tau) Force (WNF) +/− Mass of W = 80 GeV; Charge = −Q Charge = −Q Charge = −Q Mass of Z = 91 GeV Mass = 0.51 MeV Mass = 105.6 MeV Mass = 1.78 GeV νe νµ ντ Graviton (Spin = 2); Gravitational (Electron Neutrino) (Muon Neutrino) (Tau Neutrino) Charge = 0 Force (GF) Charge = 0 Charge = 0 Charge = 0 Massless Particle? Massless Particle? Massless Particle? Massless Particle? (For every Fermion; there exists its Anti-Particle). theoretician Peter Higgs, who introduced this field [3] Ch. 11. On July 4, 2012, the Large Hadron Collider at CERN announced results con- sistent with the massive higgs particle (God particle, spin = 0). Could this theory prove to be a last and thereby final truth? There are a number of important questions not answered by this theory, like constant mass of particles (fermions), matter-antimatter asymmetry, nature of particles related to 23% gravitating dark matter & around 73% repulsive dark energy [4] Ch. 44, Union of Einstein’s Gravity Force (manifestation of the curvature of space and time; continuous na- ture of space-time) with physical forces (particle concept; quanta nature) like EMF, SNF & WNF of Standard Model, origin of 3 generations or families of Fermions viz. Quarks & Leptons, etc. 2. Three Postulates and Equivalence of Mass with Imaginary Straight Line [6] In this theory, instead of considering grand unification of forces at around Planck’s scale i.e. 1018 GeV; it is showed that the Universe itself came into exis- tence by “Unified massive fundamental particle” at TeV Range. The theory is based upon three postulates, viz. 1) Current experiments limit on size of leptons and quarks up to 10−19 m. 2) “Empirical formula” is derived by myself. It connects 4 main funda- mental constants of nuclear physics as well as satisfies above first experi- mental aspect. DOI: 10.4236/ojm.2021.112002 11 Open Journal of Microphysics Y. V. Chavan h = k*c*Q ⇔ m*V*λ = m*V* (2∏*r) Where; {k/(2∏)} ⇔ m, c ⇔ V and Q ⇔ r h = Planck’s constant = 6.626 × 10−34 J. Sec k = Boltzmann’s Constant = 1.38 × 10−23 Kg & {k/(2∏)} = Maximum Mass of Particle = 1.23 TeV c = Speed of Light = 2.997 × 108 m/Sec. Q = Charge on Particle = Minimum Quanta Size of Particle = 1.602 × 10−19 m. The important thing about this formula is that for given experimental limit on minimum size of basic particles (which is equal to value of charge Q) and for limit on maximum speed of particle viz. speed of light, c; it gives limit on maximum mass of particle (k) in the range of TeV. This formula tells us that the universe must had started from above “unified massive fundamental par- ticle” by uniting above constants viz. h, k, c & Q. creation of the universe at TeV range means no need of Planck’s scale. Planck’s scale depends upon gravitational constant “G” and this scale is required to unify Gravity which is very weak as compared to other forces. At this scale, gravity which depends upon value “G”, becomes as strong as other 3 atomic and sub atomic funda- mental forces. It means, to achieve Unification of Gravity at TeV range, we should not consider Gravitational constant “G” in calculating gravitational coupling strength, but there must be another way to define Gravity which we will see later. 3) Equivalence of mass and imaginary line: in string theory, particles are de- fined in string like manner (small one dimensional object) in real space with size equal to Planck length around 10−33 cm in order to avoid singularity which hap- pens in case of point like object.